Table 1 Estimated QTL models: effect and localization.

From: Salt tolerance QTLs of an endemic rice landrace, Horkuch at seedling and reproductive stages

Phenotypes

QTL model

Chromosome

Position

LOD

Lower CI

Upper CI

%Variance

%Variance (QTLa Cyto)

Positive allele

SL

qSL.1@183

1

183.00

13.42

175.11

190.57

20.4

NA

Horkuch

SL

qSL.3@218

3

218.00

4.82

212.12

236.45

7.3

NA

Horkuch

SL

qSL.5@160

5

160.43

3.83

102.86

170.27

5.5

NA

Horkuch

RL

qRL.2@167

2

167.00

10.67

161.14

176.67

20.0

NA

Horkuch

TK

qTK.2@45 *Cyto

2

45.00

6.11

24.05

66.99

2.42

2.3

Horkucha

TK

qTK.3@204 *Cyto

3

203.78

6.46

194.44

209.29

3.8

3.8

Horkucha

PH

qPH.1@215

1

215.00

5.59

175.11

222.54

11.4

NA

Horkuch

PH

qPH.3@211

3

211.02

5.15

203.78

272.38

7.2

NA

Horkuch

PH

qPH.5@144 *Cyto

5

144.00

6.64

124.73

170.27

11.0

2.1

Horkucha

ET

qET.7@97 *Cyto

7

97.00

5.82

85.83

104.41

17.7

5.5

Horkuch

FGN

qFGN.10@58 *Cyto

10

58.48

7.72

50.30

107.07

14.9

7.5

IR29

FGW

qFGW.10@58 *Cyto

10

58.48

9.13

50.30

107.07

17.6

9.1

IR29

SF

qSF.10@59 *Cyto

10

59.00

7.71

50.30

107.07

17.0

12.4

IR29

HI

qHI.10@104 + Cyto

10

103.75

8.48

50.30

107.07

15.4

1.4

IR29

  1. Each QTL model was built by linear mixed model using kinship matrix as a covariate. Asterisk sign denotes interaction with cytoplasm whereas (+) sign denotes only additive cytoplasmic effect in the QTL model. aDenotes QTL that has both main and interaction effect since only considering direction of the main effect can be misleading.